Topics / #continual-learning

Continual-learning projects on GitHub

Continual and meta learning methods that adapt models without forgetting.

As of , the most-starred Continual-learning projects on GitHub are reef (7.6K stars), MetaClaw (3.5K stars) and mini-AGI (1.3K stars). GitHub.Locker tracks 5 Continual-learning repositories with 13.4K stars combined. The fastest-growing on October 18 was ASPIRE, with +136 stars in a day.

5Projects
13.4KStars in total
+167Stars in a day

Hot right now

Most stars gained in a day · Oct 18

The all-time top

5 projects · by stars

  1. #1 · Human-Agent-Society/reef

    reef

    Reef is open-source infrastructure for continually self-improving agents. It wires together agent inference, feedback collection, learning, and versioned delivery so an agent keeps getting better from how you interact with it.

    7.6K
  2. #2 · aiming-lab/MetaClaw

    MetaClaw

    MetaClaw sits between your personal AI agent and its LLM, turning every conversation into a learning signal: it injects relevant skills on each turn and can optionally run RL fine-tuning so the agent keeps improving from real use, with no GPU needed for the basic mode.

    3.5K
  3. #3 · volotat/mini-AGI

    mini-AGI

    mini-AGI is a continual learning, byte-level language model that assembles its own architecture, trains from scratch on a single 8GB VRAM GPU, and keeps learning from everything it reads, without a separate fine-tuning phase.

    1.3K
  1. 4

    ASPIRE

    546NVlabs/ASPIRE · Python

    ASPIRE (Agentic /Skills Discovery for Robotics) is a research framework where robots improve by refining a library of coding-agent-driven skills instead of training neural network weights. It reaches state-of-the-art results on LIBERO-Pro, Robosuite, and BEHAVIOR-1K benchmarks and can even solve a Rubik's Cube.

  2. 5

    cadence

    450muellerberndt/cadence · Python

    Cadence is an open research library toward general intelligence: a NumPy collection of 'brains' that compute by settling into an equilibrium and learn by detuning it, aiming to acquire skills from live experience the way animals and humans do.

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